| level |
seminar name |
Overview |
| super beginner |
Measuring Sound and Vibration: The First Step |
An introductory seminar for beginners in sound and vibration measurement, where participants learn basic terminology and knowledge while experiencing sound and vibration firsthand. Through experiments and relatable examples, it aims to help attendees understand 'What are sound and vibration in the first place?' |
| super beginner |
Measuring Sound and Vibration: The Next Step - Introduction to Frequency Analysis |
An introductory course to deepen the understanding of sound and vibration phenomena through frequency analysis. It combines theoretical study and hands-on experience, teaching the basics of waveform interpretation and frequency analysis, which can be utilized for understanding phenomena and solving problems. |
| introduction |
1.5 Hours to Understand! Acoustic and Vibration Startup Seminar |
Introducing the essential knowledge required for sound vibration measurement, along with an overview of related seminars. |
| introduction |
Seminar on High-Precision Torque Measurement Useful for Evaluating Electric Products |
Explaining the fundamentals of measuring torque and rotational speed, which are important for the performance evaluation of motors and other rotating machinery. |
| introduction |
Seminar on Non-Contact Vibration/Velocity Measurement Useful for Evaluating Electric Products |
Introducing non-contact vibration/velocity sensors necessary in situations where contact sensors cannot be used, along with application examples. |
| beginner |
Responding to the need for noise reduction: Basics and applications of noise measurement. |
Addressing the need for measuring small sounds associated with the quieting of home appliances and vehicles. It explains the evaluation of high-frequency sounds from motors and inverters and solutions to noise problems. |
| beginner |
Acquire practical knowledge! Basics of sound measurement. |
From basic knowledge about sound measurement to sensor selection and measurement items tailored to the noise being measured. It explains practical knowledge useful in practice. |
| beginner |
Knowledge that can be used in practice! Basics of vibration sensors. |
This text explains the selection and installation methods of acceleration pickups, focusing on fundamental knowledge useful in practical vibration measurement. |
| intermediate |
Fundamentals of Natural Frequency Measurement |
Explains the fundamental knowledge and experience necessary for correctly measuring natural frequencies. This content is essential for investigating the causes of resonance problems and for CAE analysis, allowing both beginners and experienced individuals to acquire the necessary knowledge. |
| intermediate |
Basics of Frequency Analysis Using DS-2000/DS-3000 |
To effectively utilize the FFT analyzer, this will explain the meanings and usage of the settings with practical examples. Hands-on practice with the actual device will also be conducted. |
| intermediate |
You will be able to measure alone! Sound measurement practical seminar. |
Introducing the nature of sound and focusing on sound level meters, which are widely used in acoustic measurements, this text covers the setup methods, correct usage, and installation techniques tailored to specific targets, allowing for the acquisition of practical foundational knowledge through actual measurements. |
| advanced |
Useful for sound evaluation: sound quality assessment and subjective evaluation. |
Advancements have been made in efforts to improve sound quality qualitatively using sound quality evaluation metrics, moving beyond quantitative improvements such as equivalent noise levels. This includes an explanation of practical evaluation methods that combine the fundamentals of sound quality evaluation metrics with human subjective assessments. |
| advanced |
Learn in 5 Steps! A Practical Seminar on Identifying Unusual Sounds and Noise Sources and Countermeasures |
Learn experientially about effectively solving issues related to abnormal sounds and noise, incorporating both specific and general examples. |
| advanced |
Tracking analysis |
A clear explanation of the tracking analysis most commonly used for measuring acoustic vibrations in rotating bodies. |
